Angaben zur Professur

Lehrstuhl 

Professur A. Schlüter

Typ 

Professur für Architektur und Gebäudesysteme

Standort 

HIB

Webseite 

systems.arch.ethz.ch

Assistierende 

Esther Borkowski, Illias Hischier, Valeria Piccioni, Samuel Kummer, Matthias Peterseim, Prof. Boltshauser, Assistants of Prof. Kaijima

Kontakt E-Mail 

borkowski@arch.ethz.ch

Angaben zur Entwurfsklasse

Typ 

Entwurf V-IX

Thema 

Design for Climate: Earth and Sun

Beschreibung
des Entwurfs-programmes 

In his seminal book Design with Climate, published in 1963, Victor Olgyay introduced the concept of bioclimatic architecture that responds to its environment. Today, taking climate into account has become a matter of survival. Buildings affect the climate globally through their carbon emissions and locally through the internal and external microclimates they create. To meet climatic needs on both a global and local scale, we need to change the way we build radically. In the studio’ Design for Climate: Earth and Sun’, we will investigate earthen and bio-based materials and the sun as a provider of abundant energy for creating place and space. The aim of the design studio is to apply a comprehensive methodology for the integrated design of a mixed-use building in the Valle di Blenio, Ticino, that combines low-carbon principles with architectural design quality. This involves gaining a thorough understanding of the essential parameters and metrics related to energy, emissions, and comfort in building design. Learners will be equipped to employ digital modelling and simulation tools to gather quantitative data, which will be integrated with aspects of design intent, spatial configuration, and quality, fostering an understanding of the interplay between architectural design and construction processes in relation to energy, emissions and human well-being. This experimental studio will be carried out in collaboration with Prof. Roger Boltshauser and Prof. Momoyo Kaijima and their teaching assistants. Additionally, we will be joined by the client and architect of the project, as well as experts on earth construction and solar energy.

Thematische und methodische Schwerpunkte 

Entwurf, Energie und Klima

Lernziele 

- To execute an integrated approach to designing a small, low-carbon, high-quality architectural building. - Understand critical parameters and metrics for buildings regarding energy, emissions, comfort - Utilize digital modelling, simulation and toolsets to obtain quantitative data about design solutions - Interpret and synthesise the results from simulations - Merge with and explore the relation of quantitative data with design intent, spatial configuration and spatial quality - Identify the interactions between architectural design, construction with energy and emissions, both embodied and operational - Visualize integrated quantitative and qualitative results, exploring new visual languages.

LV-Nr. des Entwurfs 

052-0648-24

Zusätzliche integrierte Disziplin(en) 

Unterrichts-sprache 

English, Deutsch

Arbeitsweise 

Einzel- und Gruppenarbeit, davon 1 bis 2 Wochen Gruppenarbeit

Daten Zwischenkritiken 

tbd

Datum Schlusskritik 

31.05.2024

Einführungs-veranstaltung 

20.02.24, 9.00 HIB Open Space 2

Zusätzliche Kosten 

CHF 150 (Schätzung, ohne allfällige Seminarwochenkosten)

Verfügbare Plätze 

12

Plakat des Entwurfs-programmes 

Plakat ansehen (PDF Datei)

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